Augmented and virtual reality get a boost as DigiLens raises $22 million

The maker of waveguide diffractive optical technology and nanomaterials has attracted new investments.

Content Dam Lfw En Articles 2017 01 Augmented And Virtual Reality Get A Boost As Digilens Raises 22 Million Leftcolumn Article Thumbnailimage File

DigiLens (Sunnyvale, CA), a maker of waveguide diffractive optical technology and nanomaterials for augmented and virtual reality, has closed a $22 million Series B investment round. Strategic investors include Sony, Foxconn, Continental, and Panasonic, along with venture investors Alsop Louie Partners, Bold Capital, Nautilus Venture Partners, and Dolby Family Ventures among others. The company will use these relationships to bring to market augmented reality displays and sensors for enterprise, consumer, and transportation applications.

“It’s taken us several years to perfect our diffractive optical materials and exposure process for AR-HUD (head-up display) manufacture,” said Jonathan Waldern, DigiLens Founder and CEO. “Having successfully developed our AeroHUD, in flight now for Rockwell Collins, this new investment will accelerate our wide field of view AutoHUD for Continental, the MotoHUD we demoed with BMW, and the EyeHUD smart glasses for new partners in both enterprise and consumer markets.

Related article:Head-worn displays—Useful tool or niche novelty? By Senior Editor Gail Overton

Gilman Louie, Founder and Managing Director of Alsop Louie Partners and lead investor, said, “The next generation display technology will be glass. Data on glass is a critical capability for augmented and mixed reality applications such as gaming, navigation, telepresence, education, industrial, medical, and military.”

G. Chen, CTO at Foxconn, added “Augmented reality is a challenge, in part, because the devices are restrained by the laws of physics and not Moore’s Law. We think diffractive optics holds the key to AR, but writing millions of tiny optic structures is best done photographically, using nano self-assembly, not expensive precision etching like HoloLens. We need to break the manufacturing price barrier, and with waveguide diffractive optics, they seem to have overcome most nagging technical problems and we see a very bright future for them.”

Source: DigiLens

More in Detectors & Imaging